🔥 The Pillars of @FlareNetworks 2.0 Protocol Managed Wallets (PMWs) + Verifiable Compute (VC) These two pillars allow @FlareNetworks to interact with any chain or #web2 system—without needing bridges, wrapping, or trust in outside validators. 🔹 Protocol Managed Wallets (PMWs) These are on-chain agents controlled by Flare consensus that: Hold assets on external chains (like $BTC, $XRP, $DOGE, $ALGO, etc.) Execute transactions per instructions agreed upon by @FlareNetworks 's decentralized validators Removes the need for wrapped assets or custodial bridges ➡️ This enables native asset interaction across chains, all coordinated by #flarenetwork without a single centralized point of failure. 🔹 Verifiable Compute (VC) This includes Trusted Execution Environments (TEEs) and Flare’s own decentralized compute layer It allows Flare to run off-chain computations, then submit cryptographically verifiable outputs Think: Automated KYC, risk assessments, game logic, oracle evaluations—all verifiable, zero-trust ➡️ These outputs are fed into Flare Consensus and signed like on-chain truth. 🔹 FTSO + FDC FTSO = decentralized price feeds (you already know this if you’re staking FLR) FDC (Flare Data Connector) = brings external Web2 or API data on-chain Together, these form a data pipeline for smart contracts and PMWs to function with real-world inputs. 🔸 What’s the Result? #flare can control #bitcoin, #xrp, and other non-smart contract chains trustlessly It can read #web2 data, compute with confidentiality, and write actions back All without #chainlink, bridges, or sidechains 🧠 TL;DR: Flare 2.0 = Blockchain + API layer + Control Layer + Verifiability layer. It’s not just interoperable—it’s programmable across every layer of value. No other network—not #solana, not #link, not #ethereum—has this baked in natively.